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Ghostfind - My First Vulnerability Discovery Script Hello everyone, I’m excited to introduce Ghostfind, my first open-source script designed for security researchers in Bug Bounty and other related fields to automate vulnerability discovery! This project aims to simplify security assessments and make them accessible to everyone. You can access the script and try it yourself from the GitHub repository: https://github.com/xtawb/Ghostfind.git Key Features 1. Automatic Tool Installation: No need to worry about manually installing tools! The script automatically installs 12 security tools, including: - Nuclei (for vulnerability discovery using templates). - Subfinder & Amass (for subdomain enumeration). - Httpx (for checking live domains). - Nikto (for web server scanning). - SQLMap (for detecting SQL Injection vulnerabilities). - Dirb (for discovering hidden directories). - And others like Wapiti, WhatWeb, and Spyhunt.py. 2. Simple Interactive Interface: - You can choose to use an existing file containing subdomains (**Option 1**). - Or scan a completely new domain (**Option 2**). 3. Comprehensive 10-Phase Scan: The script covers all aspects of security scanning, from subdomain discovery to broken link checking. 4. Unified Report: All results are saved in an organized folder with a final consolidated report. 💻 Vulnerabilities Detected by the Script - Critical and High-Severity Vulnerabilities (e.g., CVEs, misconfigurations) using Nuclei. - SQL Injection Vulnerabilities using SQLMap. - Server Misconfigurations using Nikto. - Data Leaks (e.g., exposed S3 buckets) using Spyhunt.py. - Technologies Used (e.g., frameworks, CMS) using WhatWeb. - Broken or Malicious Links using Broken Link Checker. - Hidden or Sensitive Directories using Dirb. 📂 Output Structure After the scan completes, a folder named GHOSTFIND_Scan_Date is created, containing: - live_domains.txt: List of live domains. - nuclei_report.txt: Report of critical vulnerabilities. - sqlmap_report/: Results of SQL Injection scans. - Spyhunt_Reports/: Advanced reports like cloud leaks. - final_report.txt: Consolidated final report. ⚙️ How to Run 1. Ensure Git, Python3, and Pip are installed. 2. Download and run the script:

   git clone https://github.com/xtawb/Ghostfind.git
   cd Ghostfind
   chmod +x Ghostfind.sh
   sudo ./Ghostfind.sh
   

3. Follow the on-screen instructions: - Choose between using an existing file or scanning a new domain. - Wait for all phases to complete (may take time depending on the domain size). Important Notes - The script requires sudo privileges to install tools. - Some tools like Spyhunt.py may require a strong internet connection to download dependencies. - It is recommended to use it in a testing environment (e.g., Kali Linux) to avoid package conflicts. Call for Contributions This is my first release, and I welcome any feedback or contributions to improve it! You can: https://github.com/xtawb/Ghostfind.git - Open an Issue on GitHub to report bugs. - Share the results you obtained. - Support the project by giving it a star ⭐ on the repository! Ghostfind is a personal project aimed at enhancing digital security, and I hope it proves to be a useful tool for you. Feel free to reach out to me via: @xtawb OR https://linktr.ee/xtawb Happy Hacking!

Ghostfind - My First Vulnerability Discovery Script Hello everyone, I’m excited to introduce Ghostfind, my first open-source script designed for security researchers in Bug Bounty and other related fields to automate vulnerability discovery! This project aims to simplify security assessments and make them accessible to everyone. You can access the script and try it yourself from the GitHub repository: https://github.com/xtawb/Ghostfind.git Key Features 1. Automatic Tool Installation: No need to worry about manually installing tools! The script automatically installs 12 security tools, including: - Nuclei (for vulnerability discovery using templates). - Subfinder & Amass (for subdomain enumeration). - Httpx (for checking live domains). - Nikto (for web server scanning). - SQLMap (for detecting SQL Injection vulnerabilities). - Dirb (for discovering hidden directories). - And others like Wapiti, WhatWeb, and Spyhunt.py. 2. Simple Interactive Interface: - You can choose to use an existing file containing subdomains (**Option 1**). - Or scan a completely new domain (**Option 2**). 3. Comprehensive 10-Phase Scan: The script covers all aspects of security scanning, from subdomain discovery to broken link checking. 4. Unified Report: All results are saved in an organized folder with a final consolidated report. 💻 Vulnerabilities Detected by the Script - Critical and High-Severity Vulnerabilities (e.g., CVEs, misconfigurations) using Nuclei. - SQL Injection Vulnerabilities using SQLMap. - Server Misconfigurations using Nikto. - Data Leaks (e.g., exposed S3 buckets) using Spyhunt.py. - Technologies Used (e.g., frameworks, CMS) using WhatWeb. - Broken or Malicious Links using Broken Link Checker. - Hidden or Sensitive Directories using Dirb. 📂 Output Structure After the scan completes, a folder named GHOSTFIND_Scan_Date is created, containing: - live_domains.txt: List of live domains. - nuclei_report.txt: Report of critical vulnerabilities. - sqlmap_report/: Results of SQL Injection scans. - Spyhunt_Reports/: Advanced reports like cloud leaks. - final_report.txt: Consolidated final report. ⚙️ How to Run 1. Ensure Git, Python3, and Pip are installed. 2. Download and run the script:

   git clone https://github.com/xtawb/Ghostfind.git
   cd Ghostfind
   chmod +x Ghostfind.sh
   sudo ./Ghostfind.sh
   

3. Follow the on-screen instructions: - Choose between using an existing file or scanning a new domain. - Wait for all phases to complete (may take time depending on the domain size). Important Notes - The script requires sudo privileges to install tools. - Some tools like Spyhunt.py may require a strong internet connection to download dependencies. - It is recommended to use it in a testing environment (e.g., Kali Linux) to avoid package conflicts. Call for Contributions This is my first release, and I welcome any feedback or contributions to improve it! You can: https://github.com/xtawb/Ghostfind.git - Open an Issue on GitHub to report bugs. - Share the results you obtained. - Support the project by giving it a star ⭐ on the repository! Ghostfind is a personal project aimed at enhancing digital security, and I hope it proves to be a useful tool for you. Feel free to reach out to me via: @xtawb OR https://linktr.ee/xtawb Happy Hacking!

Ghostfind - first SC

/$Recsech Tool Recsech is a specialized tool in the field of cybersecurity used for scanning and analyzing logs on servers and systems. This tool is particularly useful for security teams and system administrators who need to monitor and analyze logs to detect suspicious activities or cyberattacks. Recsech simplifies the process of log analysis and saves time and effort in identifying security threats. Features of Recsech: 1. Log Analysis: The tool scans logs meticulously to detect suspicious activities. 2. Threat Detection: Helps identify cyberattacks and unauthorized activities. 3. Ease of Use: A simple and user-friendly interface, even for beginners. 4. Detailed Reports: Provides comprehensive reports with corrective action suggestions. 5. Time-Saving: Quickly scans logs and accurately identifies issues. Uses of Recsech: 1. Security Monitoring: Helps monitor systems to detect any suspicious activities. 2. Incident Analysis: Used to analyze security incidents and determine their causes. 3. Security Enhancement: Helps improve system security by identifying vulnerabilities. 4. Regulatory Compliance: Assists in achieving compliance with security standards and regulations. How to Use Recsech: 1. Installation: - The tool can be downloaded from its official website or via a package manager if available. - On Linux:

     sudo apt-get install recsech
     

- On Windows: Download the binaries from the official website and install them. 2. Tool Setup: - Launch the tool and enter the path of the logs you want to scan. - Specify the required options, such as log type and time range for scanning. 3. Start Scanning: - Begin the scan and wait for the process to complete. - Results will appear in the tool’s interface with details about each suspicious activity. 4. Analyze Results: - Review the detailed reports provided by the tool. - Take corrective actions based on the findings. Tips and Advanced Uses: - Regular Scanning: Scan logs periodically to ensure they are free from suspicious activities. - XML Reports: Export reports in XML format for further analysis using other tools. - Integration with Other Tools: Combine Recsech with other security tools for optimal results. Recsech is a powerful and effective tool for anyone looking to enhance the security of their systems and monitor logs to detect security threats. Thanks to its multiple features and ease of use, it is an ideal choice for security teams and system administrators who want to maintain the security of their systems and analyze security incidents. However, it should be used cautiously, following best practices to achieve the best results.